Books in Feel The Force series

How does a rollercoaster work? Why don’t I fly off a scrambler or octopus ride? How do bumper cars work? Covering lots of different rides, including traditional, more tame rides such as rollercoasters, helter-skelters and bumper cars, to more white-knuckle screamers such as scramblers, loop-the-loops, gondolas and corkscrews, Race that Bike! takes a fun look at forces in an amusement park. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about how amusement park rides work, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs.

Why do astronauts feel heavy after take-off? Why are rockets long and thin? How do spacecraft orbit Earth? Covering lots of different aspects of space exploration, including looking at how spacecraft such as rocket launchers, satellites and space stations work and more human questions such as why astronauts need to keep so physically fit and what kit they need in their spacesuits, Fly to Mars! takes a fun look at forces in space. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about astronauts and space, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs.

How does ice skating work? Why can some sprinters run faster than others? What makes a ball bounce? Covering lots of different sports, including athletics sports such as sprinting and long-distance running, ball games such as tennis and football, and winter sports such as ice-skating and bobsleigh, Win that Sprint takes a fun look at forces in sport. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about sport, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs.

This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs.

How does a rollercoaster work? Why don’t I fly off a scrambler or octopus ride? How do bumper cars work? Covering lots of different rides, including traditional, more tame rides such as rollercoasters, helter-skelters and bumper cars, to more white-knuckle screamers such as scramblers, loop-the-loops, gondolas and corkscrews, Race that Bike! takes a fun look at forces in an amusement park. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about how amusement park rides work, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs.

What makes racing bikes extra-fast? How do boats float? What makes an aircraft take off? Covering lots of different vehicles, including land vehicles such as bikes, cars and scooters, water vehicles such as large boats and speedboats, and airborne vehicles such as helicopters and aeroplanes, Race that Bike! takes a fun look at forces in vehicles. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about how vehicles work, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs. Curriculum-related information on forces is delivered in a fun, high-interest way Overlays over large photos, plus diagrams, show how forces are acting in a given situation A quiz at the back consolidates learning

Why do astronauts feel heavy after take-off? Why are rockets long and thin? How do spacecraft orbit Earth? Covering lots of different aspects of space exploration, including looking at how spacecraft such as rocket launchers, satellites and space stations work and more human questions such as why astronauts need to keep so physically fit and what kit they need in their spacesuits, Fly to Mars! takes a fun look at forces in space. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about astronauts and space, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs.

What makes racing bikes extra-fast? How do boats float? What makes an aircraft take off? Covering lots of different vehicles, including land vehicles such as bikes, cars and scooters, water vehicles such as large boats and speedboats, and airborne vehicles such as helicopters and aeroplanes, Race that Bike! takes a fun look at forces in vehicles. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about how vehicles work, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs. Curriculum-related information on forces is delivered in a fun, high-interest way Overlays over large photos, plus diagrams, show how forces are acting in a given situation A quiz at the back consolidates learning

How does ice skating work? Why can some sprinters run faster than others? What makes a ball bounce? Covering lots of different sports, including athletics sports such as sprinting and long-distance running, ball games such as tennis and football, and winter sports such as ice-skating and bobsleigh, Win that Sprint takes a fun look at forces in sport. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about sport, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs.

How does ice skating work? Why can some sprinters run faster than others? What makes a ball bounce? Covering lots of different sports, including athletics sports such as sprinting and long-distance running, ball games such as tennis and football, and winter sports such as ice-skating and bobsleigh, Win that Sprint takes a fun look at forces in sport. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about sport, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs.

How does a rollercoaster work? Why don t I fly off a scrambler or octopus ride? How do bumper cars work? Covering lots of different rides, including traditional, more tame rides such as rollercoasters, helter-skelters and bumper cars, to more white-knuckle screamers such as scramblers, loop-the-loops, gondolas and corkscrews, Race that Bike! takes a fun look at forces in an amusement park. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about how amusement park rides work, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs."

What makes racing bikes extra-fast? How do boats float? What makes an aircraft take off? Covering lots of different vehicles, including land vehicles such as bikes, cars and scooters, water vehicles such as large boats and speedboats, and airborne vehicles such as helicopters and aeroplanes, Race that Bike! takes a fun look at forces in vehicles. While learning about forces you will find that you also find out the answers to many questions that you have asked yourself about how vehicles work, and more. This Feel the Force series shows how forces and motion work in the world around us, in a set of high-interest situations. Each book includes three simple activities or investigations for readers to try. Overlays over large photos, plus diagrams, show how forces are acting in a given situation. Topics covered in the series include basic pushes, pulls and friction, air resistance, gravity, mass, weight and springs. Curriculum-related information on forces is delivered in a fun, high-interest way Overlays over large photos, plus diagrams, show how forces are acting in a given situation A quiz at the back consolidates learning